Abstract
New-generation command and control systems face a number of problems in operation and maintenance, including different programming languages used for subsystems, complex environment configuration, and diverse data formats, leading to slow system deployment, various types of managed data, and difficult operation and maintenance. This paper proposes the use of the Docker containers to wrap the system, deploy the networked control system based on the encapsulated service processes and relevant environment configuration and dependencies, and build a Docker-based operation and maintenance model for command and control systems. As for the communication between containers, the mature RocketMQ architecture is adopted for interactions based on message buses. Container migration and restart are used to improve the deployment, operation and maintenance capabilities of the entire system. The design is realized and simulated on distributed machines. This paper explains relevant concepts, design ideas, and implementation pathways.
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